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Question 5
5.1 Indicate whether the following statements are True or False. Write only the answer next to the question numbers (5.1.1–5.1.3) in the ANSWER BOOK. 5.1.1 The salar... show full transcript
Step 1
Answer
To calculate the direct labour cost for TS Fine-wear, follow these steps:
Normal Time Calculation:
Number of workers: 5
Normal hours per worker: 1800
Normal hourly wage: R70
Normal Time Cost = Number of Workers × Normal Hours × Normal Wage
Normal Time Cost = 5 × 1800 × 70 = R630,000
Overtime Calculation:
Overtime Cost = 660 × 112 = R73,920
Employer's Contribution:
Contributions = 630,000 × 0.09 = R56,700
Total Direct Labour Cost:
Total Direct Labour Cost = R630,000 + R73,920 + R56,700 = R760,620
Step 2
Answer
To prepare the note for Factory Plant and Equipment, the following calculations are necessary:
(a) Determine the carrying value of the factory plant as of December 31, 2017:
Carrying value = Cost - Accumulated Depreciation = R420,000 - R198,000 = R222,000
(b) Depreciation for the year:
A format can be summarized, indicating the carrying values and disposals reflecting losses accounted throughout the year.
Step 3
Answer
The overhead costs for producing jackets are compiled as follows:
Indirect Labour: R300,000
Indirect Material: R52,750
Water and Electricity: Itemized based on usage, mainly attributable to the factory work
Itemized: R98,000 * 60% = R58,800
Insurance: R32,300 - R2,800 (whole factory)
Rent Expense: R102,000 * 80% = R81,600
Depreciation: For factory plant, previously calculated outline resulting in R62,850.
Factory Sundry expenses: R19,150.
Summing these individual costs gives:
Step 4
Answer
The formula for calculating the cost of sales is:
Cost of Sales = Opening Inventory + Purchases - Closing Inventory.
Given:
Plugging in these values:
Cost of Sales = R46,000 + R1,770,000 - R41,000 = R1,775,000.
Step 5
Answer
To determine the break-even point (BEP) for jackets:
Understand Break-even Equation:
From Information Provided:
Plugging Values into the Equation:
Thus, confirming the break-even points with calculated outcomes.
Step 6
Answer
Each product has different dynamics in break-even analysis.
Jackets: The break-even point is at 14,715 units. This means 10,362 units sold cover costs, but variance exists within production levels determining profitability.
Caps: Similarly, caps experience a BEP of 7,134, revealing production strategies needing refinement to optimize efficiency and profits. Adjusting variable costs could be beneficial, ensuring costs are kept under control.
Step 7
Answer
To determine the percentage increase in the selling price of caps:
Selling Price in 2016: R67.50
Selling Price in 2017: R54.00
Calculate Increase:
Percentage Increase Formula: ext{Percentage Increase} = rac{ ext{Increase}}{ ext{Old Price}} imes 100
ext{Percentage Increase} = rac{-13.50}{67.50} imes 100 = -20 ext{ extpercent}
Since this is a negative value, it indicates a price decrease instead.
Step 8
Answer
The owner felt it necessary to increase the selling price due to the lack of profit recorded in 2016, where the production volume was insufficient to cover costs. As such, raising the selling price would ideally adjust consumer expenditure while also helping realize better cover costs based on production levels.
Step 9
Answer
For both jackets and caps, the following variable costs experienced unregulated increases:
Jackets: Labor cost was noted to have increased by 24% from R12.50 to R15.50. Suggested Solution: Control overtime labor by optimizing scheduling.
Caps: Variable costs related were identified rising from R7.20 to R9.30. Suggested Solution: Investigate supplier commission adjustments, conducting strategies to streamline overall costs while enhancing profitability.
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